Location: 800 Battery Avenue SE Atlanta GA 30339
High-performance sensors built to detect flaws, monitor structures, and deliver actionable insights across demanding environments
Sensor technologies play a pivotal role in modern acoustic and ultrasonic testing by capturing subtle signals and translating them into precise, actionable data. From evaluating the structural integrity of aerospace components to detecting stress fractures in pipelines and monitoring marine environments, these sensors are the foundation of accurate diagnostics and monitoring. This page showcases a full suite of sensors designed for industrial inspections, research, and continuous monitoring.
Acoustic Testing Pro serves clients across North America with a specialized range of sensor solutions for diverse B2B applications. Whether for non-contact inspections, high-frequency testing, or submerged acoustic studies, our portfolio supports precise data collection under challenging conditions. We pair every sensor with system-level integration, expert support, and custom calibration to meet your operational requirements.
Our team continues to lead in technology innovation, rigorous quality assurance, and personalized customer support—helping clients unlock smarter, safer ways to monitor and maintain their assets.
Designed for non-contact inspections, these sensors transmit and receive ultrasonic waves through air—making them ideal for evaluating materials like composites, plastics, or delicate structures where traditional contact sensors may damage the surface.
Common in aerospace, automotive, and food packaging applications, they allow rapid, high-frequency testing without the need for couplants.
These versatile sensors are used extensively in flaw detection, wall thickness measurement, and weld inspection.
Coupled directly to the test surface using gels or pastes, they deliver reliable performance in steel, aluminum, and other solid materials.
Contact transducers are widely used in power generation, construction, pipeline inspection, and manufacturing plants.
Featuring multiple individually-controlled elements, phased array probes electronically steer, focus, and scan sound beams through materials—allowing detailed, multi-angle imaging of internal defects.
Their ability to visualize complex geometries makes them indispensable for high-value inspections in nuclear plants, aerospace components, and pressure vessels.
Engineered to detect high-frequency acoustic waves released during material deformation or cracking, these sensors enable real-time structural health monitoring.
Applications include bridge fatigue analysis, tank integrity testing, and early-warning systems for pressurized equipment.
Their high sensitivity helps detect damage before it becomes critical.
These microphones use piezoelectric crystals to convert acoustic pressure into electrical signals.
Offering excellent frequency response and durability, they are ideal for precise sound measurement in laboratory environments, fluid systems, wind tunnels, and engine test cells.
Their ruggedness makes them suitable for both research and field applications.
Broadband hydrophones detect a wide range of underwater acoustic signals and are widely used in sonar calibration, marine monitoring, subsea testing, and naval research.
With high sensitivity and a wide dynamic range, they accurately capture pressure waves across varying depths and frequencies.Designed for harsh underwater conditions, they ensure reliable performance in deep oceans.
Contact Us to connect with our engineering team, request expert recommendations, or explore how our advanced sensor technologies can enhance your operations.
We’re here to support you with proven systems, tailored solutions, and world-class expertise.
